11 reasons we’re still not there yet: Women in science

It is not uncommon, when reading articles about the difficulties that women in science face, to come across comments citing that female enrolment in undergraduate and masters programs has skyrocketed in recent years and thus, it is posited, the problem really isn’t a problem any more. While it is true that the number of female students in tertiary institutions has grown faster than men that is only one part of the picture and certainly not an indicator that equality has been attained.

Below I will highlight all the ways in which women in science are not yet equal to men in science and link to appropriate studies and articles for proof.

1. Women in science only outnumber men in undergraduate and masters degrees enrolments. When you look at number of graduates produced, undergraduate figures are balanced between male and female. When you look beyond that, “men surpass women in virtually all countries at the highest levels of education, accounting for 56% of all PhD graduates and 71% of researchers.” (study above) That means the people actually doing science (that is, research beyond undergraduate/masters level) are still overwhelmingly male.

5. And they also receive far less funding when they launch a new business than their male counterparts.

6. In terms of compensation, in the EU female scientists earned on average between 25% and 40% less than male scientists in the public sector

Now, some may argue that the reason for these figures are that female scientists just aren’t doing work that’s as good as male scientists, and rather than engage with that statement as an offensive opinion (which it surely is), I instead offer the following figures:

7. Both male and female scientists were more likely to hire a male candidate for a laboratory manager position over a female candidate. They also offered the male candidate a higher starting salary and were more likely to offer mentoring to a male candidate – despite the fact that the CVs were identical save for the candidate names.

8. Male candidates were also more likely to be rated as having done adequate amounts of teaching, research, and service experience than an identical female candidate.

9. Male authors were rated as producing work with greater scientific quality than female authors, especially when their work was deemed to be ‘male-typed’.

I’m not suggesting that the majority of people involved in those studies (or in STEM fields as a whole) are actively discriminating against women, but it is undeniable that there is an unconscious bias by both men and women against women going into these fields. Although more anecdotal, it’s also worth pointing out:

10. A woman who runs a popular science blog on Facebook who ‘revealed’ her gender was overrun with a deluge of comments ranging from shocked to misogynistic* – when her gender was never the focus of the initial post in the first place.

Maybe taken individually any one of these statistics or stories might be explainable – a blip in the system or a quirk of circumstance. Taken together, however, they illustrate that things are not equal yet, and we have a long way to go until they are. It will take more than quotas or laws to put things right; men and women alike need to examine their actions and the reasoning behind them and strive to be as unbiased and fair as possible. The resulting equality for women won’t just help them, but everybody involved.

*as any internet-based feminist will tell you, read the comments at your own risk (both on the Facebook post and the Guardian article).

As a college undergraduate in the 1970’s, I was told that Linear B, a script used in ancient Crete, was deciphered through the efforts of a single genius acting alone, Michael Ventris. In fact, he apparently used the work of a women classics scholar, Alice E. Kober, who died a few years before Ventris published his work. Of course, male scientists use the work of other men without credit; but whenever a woman’s work is not credited, we lose one more chance for recognition – not just of that woman but of the fact that science is everybody’s work and work that everybody is capable of doing..